Optimized Production Technology; Theory of constraints.( 20 total possible points) Three products need to be made from materials that pass through three different machines: A, B and C. Relevant data is shown in the following table: Machines need to be setup initially to the product to be made, and are initially set up for another set of products not A, B nor C. The objective is to sequence the jobs to complete the order for the three products at least completion time for all products (i.e. makespan) - Which machine is the bottleneck resource? (2 pts) - What should be the sequence of products on the bottleneck machine you identified? (3 pts) - Complete the production sequencing by creating a Gantt Chart of processing with labeled beginning and ending time per product-machine bars. The following diagram can be used as an example. The set up time is represented by the Crossed-box preceding the longer production processing bar. Place the time markers at the top of the time beginning and end-points. (15 pts) Optimized Production Technology; Theory of constraints.( 20 total possible points) Three products need to be made from materials that pass through three different machines: A, B and C. Relevant data is shown in the following table: Machines need to be setup initially to the product to be made, and are initially set up for another set of products not A, B nor C. The objective is to sequence the jobs to complete the order for the three products at least completion time for all products (i.e. makespan) - Which machine is the bottleneck resource? (2 pts) - What should be the sequence of products on the bottleneck machine you identified? (3 pts) - Complete the production sequencing by creating a Gantt Chart of processing with labeled beginning and ending time per product-machine bars. The following diagram can be used as an example. The set up time is represented by the Crossed-box preceding the longer production processing bar. Place the time markers at the top of the time beginning and end-points. (15 pts)